
Principles of Cyber Security
March 2024
Applied the kill chain model to analyse cyber-attacks and evaluate threat actor profiles.
Hi! My name is
Designing, building, and monitoring security functions
Information Security Consultant at the Civil Aviation Authority, helping deliver secure-by-design assurance across projects, BAU change, and risk-based decision-making in a regulated public-sector environment. I work across architecture, risk, and delivery teams to translate secure design principles into practical controls, assurance activities, and actionable recommendations aligned to CAF, ISO 27001, NIST 800-53, and related frameworks. My background spans SOC operations, cloud and application security, and DevSecOps practices, with hands-on experience in incident response, threat hunting, threat intelligence, automation, and security architecture review. I hold a First-Class BSc in Computer Science from the University of Southampton, ACM published, and am CompTIA Security+ certified, with a strong focus on clear communication, evidence-led assurance, and improving security maturity across complex technology landscapes.


March 2024
Applied the kill chain model to analyse cyber-attacks and evaluate threat actor profiles.

November 2024 - January 2025
Explored cloud and web application security, emphasising attack and defence strategies to enhance cybersecurity knowledge.

September 2024 - October 2025
Built a proof-of-concept access control system connecting multiple IoT data sources for people with dementia, based on security principles. The system is designed for cloud deployment and cross-device compatibility.

March 2026
Completed the LetsDefend SOC Analyst Learning Path: hands-on SOC-focused labs and guided pathways covering log analysis, SIEM and SOAR workflows, incident triage and escalation, threat hunting methodology, detection engineering, and automation to build SOC operational skills.

September 2026
Reflections from CRQ 101: why heatmaps are mathematically weak, how quantitative cyber risk reframes likelihood and impact, and why calibrated ranges and Monte Carlo thinking lead to better security decisions.